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    • 2. 发明授权
    • Welding robot controlling method
    • 焊接机器人控制方法
    • US4590577A
    • 1986-05-20
    • US432785
    • 1982-12-01
    • Satoru NioToyoji HamashimaShinobu Sato
    • Satoru NioToyoji HamashimaShinobu Sato
    • B23K9/127G05B19/42
    • B23K9/1272G05B19/42G05B2219/36417
    • A welding robot controlling method for controlling a welding robot having a welding torch which has a tip thereof directed toward a teaching direction and sensor which intermittently generates a locus correction signal for the tip of the welding torch, comprising, (1) giving the locus correction signal as a resultant vector of an arbitrary number of two-dimensional vectors on a plane which intersects a welding line direction, (2) correcting a locus by controlling the three basic axes of the robot in a direction of a resultant vector which is composed of a predetermined length vector of which direction is parallel to a line connecting two teaching points and which passes through a tip of the welding torch and the locus correction vector, when the locus correction signal is generated, (3) controlling the three basic axes of the robot such that the tip of welding torch moves on a line which is parallel to the line connecting the two teaching points, until a subsequent locus correction signal is again given after completion of the locus correction.
    • 一种焊接机器人控制方法,用于控制焊接机器人,其具有指向教导方向的尖端的焊枪和间歇地产生焊炬尖端的轨迹校正信号的传感器,包括:(1)给出轨迹校正 信号作为在与焊接线方向相交的平面上的任意数量的二维矢量的合成矢量,(2)通过在由合成矢量构成的合成矢量的方向上控制机器人的三个基本轴来校正轨迹, 当生成轨迹校正信号时,其方向平行于连接两个示教点并穿过焊炬的尖端和轨迹校正矢量的预定长度向量,(3)控制三个基本轴 机器人,使得焊炬的尖端在与连接两个教学点的线平行的线上移动,直到随后的轨迹校正信号 完成轨迹校正后,再次给出nal。
    • 3. 发明授权
    • Method of welding robot control which controls the three basic axes of a
robot to provide a repetition of a weaving pattern along a robot locus
    • 焊接机器人控制的方法,其控制机器人的三个基本轴线以提供沿着机器人轨迹的织造图案的重复
    • US4677276A
    • 1987-06-30
    • US432748
    • 1982-11-23
    • Satoru NioToyoji HamashimaShinobu Sato
    • Satoru NioToyoji HamashimaShinobu Sato
    • B23K9/02G05B19/423B23K9/12
    • G05B19/423B23K9/0216G05B2219/49384
    • A method of controlling a welding robot substantially comprises (i) teaching three points in the neighborhood of a teaching line to define a weaving pattern, and (ii) controlling three basic axes of a welding robot so that a welding torch tip of the robot moves on one of the surfaces of a triangular pillar formed by shifting a triangular plane defined by the above three points along the teaching line, while executing a weaving operation which is determined by a weaving amplitude, a weaving frequency, and a welding velocity. After continuing the above movement until the torch tip arrives at the end point of the teaching line, the weaving operation along the next teaching line is effected utilizing a new triangular plane which is formed by rotating the former triangular plane on an axis defined by the former teaching line and the next teaching line. By utilizing and repeating such rotation, there is no need to teach a weaving pattern at each teaching line and an operator can easily teach the welding pattern with any complex weaving pattern.
    • 控制焊接机器人的方法基本上包括(i)教导教导线附近的三个点来定义编织图案,以及(ii)控制焊接机器人的三个基本轴线,使得机器人的焊炬尖端移动 在通过由编织振幅,编织频率和焊接速度确定的织造操作的同时沿着教导线移动由上述三个点限定的三角形平面而形成的三角柱的一个表面上。 继续上述运动直到割枪尖端到达教导线的终点,沿着下一条教导线的织造操作是利用一个新的三角形平面来实现的,该三角形平面是通过将前三角形平面旋转在由前者 教学线和下一条教学线。 通过利用并重复这种旋转,不需要在每个教导线上教导编织图案,并且操作者可以以任何复杂的编织图案容易地教导焊接图案。
    • 5. 发明申请
    • OPTICAL FIBER VIBRATION SENSOR
    • 光纤振动传感器
    • US20120224169A1
    • 2012-09-06
    • US13371877
    • 2012-02-13
    • Tatsuya KUMAGAIShinobu Sato
    • Tatsuya KUMAGAIShinobu Sato
    • G01B9/02
    • G01H9/004G08B13/186
    • A Sagnac interference type optical fiber vibration sensor includes two optical fiber loops arranged along a structure, and a vibration sensor main body which detects the vibration caused to the structure via the two optical fiber loops. A sensitivity of one of the two optical fiber loops for detecting a vibration decreases with a distance from one end to an other end, while a sensitivity of an other of the two optical fiber loops increases with a distance from the one end to the other end. The main body includes a portion for determining whether the vibration occurred to the structure based on a sum of outputs produced via the two optical fiber loops, and a portion for determining a position where the vibration occurred based on an output ratio which is a difference between the outputs produced which is divided by the sum of the outputs produced.
    • Sagnac干涉型光纤振动传感器包括沿着结构布置的两根光纤回路,以及一个通过两个光纤回路检测对该结构产生的振动的振动传感器主体。 用于检测振动的两个光纤环中的一个的灵敏度随着从一端到另一端的距离而减小,而两个光纤环中的另一个的灵敏度随着从一端到另一端的距离而增加 。 主体包括用于基于通过两个光纤回路产生的输出的总和来确定结构是否发生的部分,以及用于基于作为第二光纤回路之间的差的输出比来确定发生振动的位置的部分 所产生的产出除以产出的总和。
    • 9. 发明授权
    • Synchronizing device and method that adjusts readout speed according to remaining quantity of data in memory while operating decoder on fixed frequency system clock
    • 同步装置和方法,在固定频率系统时钟上操作解码器时,根据存储器中数据的剩余量来调整读出速度
    • US06557109B1
    • 2003-04-29
    • US09454914
    • 1999-12-06
    • Shinobu Sato
    • Shinobu Sato
    • G06F506
    • G06F5/12G06F2205/061G06F2205/126
    • A synchronizing device and a synchronizing method whose constitution is simple and whose operation is easy to be stabilized are provided. A subtracter subtracts a value of a read pointer which calculates number of data read-out from a memory device from a value of a write pointer which calculates number of data written in the memory device to obtain subtraction value, thus causing the subtraction value to be given to a judging unit as detection data remaining quantity. The judging unit outputs comparison result signal while comparing detection data remaining quantity with reference value. A number of data increasing/decreasing unit receives data from a decoder for decoding data of the memory device. The number of data increasing/decreasing unit causes remaining quantity of data of the memory device to be prescribed value with data reading-out speed of the memory device controlled in such a way that it controls quantity of data outputted, while replying to comparison result signal from the judging unit.
    • 提供了一种构造简单并且操作容易稳定的同步装置和同步方法。 减法器从计算写入存储器件中的数据的写指针的值计算从存储器件读出的数据数的读指针的值,以获得减法值,从而使减法值为 给予判断单位作为检测数据剩余量。 判断单元输出比较结果信号,同时将检测数据剩余量与参考值进行比较。 多个数据增加/减少单元从解码器接收数据以对存储器件的数据进行解码。 数据增加/减少单元的数量使得存储器件的数据的剩余量成为规定值,其中存储器件的数据读出速度被控制,使得它控制输出的数据量,同时响应比较结果信号 来自判断单位。